(EIK) – Integration Guide
Contents
1. Frequency Field Limit Class DELTA dB MHz Strength A EN55022 dBuV m Level at 10m m 40 015 21 53 40 00 18 47 60 003 27 75 40 00 12 25 80 008 30 26 40 00 9 74 100 015 22 97 40 00 17 03 120 008 34 95 40 00 5 05 140 015 21 16 40 00 18 84 160 008 25 01 40 00 14 99 180 014 22 54 40 00 17 46 200 01 24 95 40 00 15 05 208 539 20 85 40 00 19 15 220 015 26 96 40 00 13 04 228 541 27 20 40 00 12 80 240 01 35 46 47 00 11 54 260 015 31 85 47 00 15 15 265 71 30 59 47 00 16 41 268 52 30 65 47 00 16 35 280 015 27 18 47 00 19 82 285 79 27 37 47 00 19 63 297 107 32 75 47 00 14 25 320 02 25 45 47 00 21 55 340 026 27 49 47 00 19 51 360 025 31 54 47 00 15 46 380 025 34 01 47 00 12 99 400 024 30 62 47 00 16 38 420 03 30 64 47 00 16 36 440 02 27 20 47 00 19 80 480 029 27 28 47 00 19 72 520 035 27 57 47 00 19 43 Embedded Integration Kit Integration Guide The radiated emission listing shows that the Micro100 UUT passed FCC class A limits as well as CISPR22 class A Highest emission outputs are at 80MHz and 120MHz leading to a margin of 0 32dB at 96 MHz to the more stringent CISPR22 class A limit Integration Guidelines Table 6 2 Micro100 Results Frequency Field Limit Class DELTA dB MHz Strength 55022 dBuV m Level at 10m dBuV m 31 338 24 26 30 00 5 74 32 261 23 46 30 00 6 54 48 28 08 30 00 1 92 502. Board Layout Figure 4 3 CoBox Mini Carrier Board 9 6 9 6 5555 DB 9M 00 1l 5 1 B8 CON1 CON7 CON8 PWR CH1 CH2 O Reset Switch LED 1 Green LED 2 Yellow lt LED3 Red 7 1 CON4 5 1 8 m gt o Test Bed Connectors The CoBox Mini test bed has five external connectors CONA a 10Base T RJ45 Connector CON Serial Port 1or Channel 1 CONG Serial Port 2 or Channel 2 CON 1 a 9 30 VDC power supply connector also accepts 9 25 VAC Embedded Integration Kit Integration Guide CoBox Mini Table 4 3 CoBox Mini Test Bed Connectors 10 Serial Port 8 Serial Port RJ45 Channel 1 Note a Channel 2 Note B Pin Signal Pin Signal Pin Signal 1 1 DCDA input 1 DCDB input 2 Tx 2 RxA input 2 RxB input 3 Rx 3 TxA output 3 TXB output 4 Decoupling 4 DTRA 4 DTRB output output 5 Decoupling 5 GND 5 GND 6 Rx 6 None 6 None 7 Decoupling 7 RTSA 7 RTSB output output 8 Decoupling 8 CTSA input 8 CTSB input 9 None 9 None A Serial Port Channel 1 is also designated as B Serial Port Channel
3. 1 with Full Handshaking LED Control Signals The CoBox Mini has no LEDs but provides signals to drive LEDs All of the signals drive LEDs on the test bed carrier board The signals are serial port Channel 1 status serial port Channel 2 status diagnostics network link status and 5VDC See the following table for a complete description of LED control signals Table 4 2 CoBox Mini LED Signals LED Signal Description Signal Pin LED1 SerialPort Channel 1 Status CON1 Pin 7 LED2 SerialPort Channel 2 Status CON1 Pin 8 LED3 Diagnostic CON 1 Pin 9 LED4 Network Link Status CONS Pin 6 5VDC Pin 10 Power for Channel 1 Diagnostics and Channel 2 LEDs 5VDC CONS Pin 7 Power for Link LED Test Bed The evaluation kit contains the following items Carrier Board CoBox Mini Board 12VDC 0 8A International Power Supply with universal power connector 10 foot DB9F F RS232 Cable 10 foot UTP CAT5e RJ45M M Ethernet Cable DB9 to DB25 Converter Software CD CD EIK xx Embedded Integration Kit User Guide 900 226 on CD Embedded Integration Kit Integration Guide 900 316 on CD 9999999 The test bed allows software engineers to immediately begin developing and testing software applications for the device server rather than delaying the process until the hardware interface for their product is complete Embedded Integration Kit Integration Guide 4 3 CoBox Mini 4 4
4. 15353 Barranca Parkway Irvine CA 92618 USA Phone 949 453 3990 Fax 949 453 3995 Technical Support Phone 800 422 7044 or 949 453 7198 Fax 949 450 7226 Online www lantronix com support E mail support lantronix com Sales Offices For a current list of our domestic and international sales offices go to the Lantronix web site at http www lantronix com about contact index html Embedded Integration Kit Integration Guide i Contents Copyright and Trademark Disclaimer and Revisions Contacts 1 Introduction Embedded Integration Kits About this Guide Purpose and Audience Chapter Summary Additional Documentation 2 CoBox Micro Layout and Dimensions Connectors Ethernet Interface Status LEDs Test Bed Board Layout Test Bed Connectors Technical Specifications Product Information Label 3 Micro100 Layout and Dimensions Connectors Ethernet Interface Status LEDs Test Bed Board Layout Test Bed Connectors Technical Specifications Product Information Label 4 CoBox Mini Layout and Dimensions gt WW C i ko Connectors LED Control Signals Test Bed 1 NAH H BORA Board Layout Test Bed Connect
5. Top View Micro100 Connector End View Micro100 Connectors RJ45 Ethernet Connector Micro100 Status LEDs Micro100 Test Bed Carrier Board Pin Configurations CoBox Mini Top View CoBox Mini Connectors CoBox Mini Carrier Board CoBox Mini Pinout Configurations CoBox Mini100 Top View CoBox Mini100 Connectors CoBox Mini100 Carrier Board CoBox Mini100 Pinout Configurations Multi Layer Board Strategy List of Tables Table 2 1 Table 2 2 Table 2 3 Table 2 4 Table 3 1 Table 3 2 Table 3 3 Table 3 4 Table 4 1 Table 4 2 Table 4 3 Table 4 4 Table 4 5 Table 5 1 Table 5 2 Table 5 3 Table 5 4 Table 5 5 Table 6 1 Table 6 2 Table 6 3 Table 6 4 CoBox Micro Connector Pinouts CoBox Micro Status LEDs CoBox Micro Test Bed Connectors CoBox Micro Technical Specifications Micro100 Connector Pinouts Micro100 Status LEDs Micro100 Test Bed Connectors Micro100 Technical Specifications CoBox Mini Connector Pinouts Ethernet CoBox Mini LED Signals CoBox Mini Test Bed Connectors CoBox Mini Status LEDs Technical Specifications CoBox Mini100 Connector Pinouts CoBox Mini100 LED Signals CoBox Mini100 Test Bed Connectors CoBox Mini100 Status LEDs Technical Specifications dBuV CoBox Micro Results Micro100 Results CoBox Mini Results CoBox Mini1
6. in tort including negligence strict liability or otherwise for any special indirect incidental or consequential damage or loss of equipment plant or power system cost of capital loss of profits or revenues cost of replacement power additional expenses in the use of existing software hardware equipment or facilities or claims against the user by its employees or customers resulting from the use of the information recommendations descriptions and safety notations supplied by Lantronix Lantronix liability is limited at its election to Refund of buyer s purchase price for such affected products without interest Repair or replacement of such products provided that the buyer follows the above procedures There are no understandings agreements representations or warranties expressed or implied including warranties of merchantability or fitness for a particular purpose other than those specifically set out above or by any existing contract between the parties Any such contract states the entire obligation of Lantronix The contents of this document shall not become part of or modify any prior or existing agreement commitment or relationship For details on the Lantronix warranty replacement policy go to our web site at http www lantronix com support warranty index html A 2 Embedded Integration Kit Integration Guide
7. solid Green idle blink active Channel 2 solid Yellow idle blink active Diagnostics Red in combination with Channel 1 Network Link Green Embedded Integration Kit Integration Guide CoBox Mini Category Description Compatibility Ethernet Version 2 0 IEEE 802 3 Token Ring IEEE 802 2 LLC Power Requirements 5VDC 5 regulated 250mA Ethernet model 800mA Token Ring models Product Information Label The CoBox Mini ships with a product information label that can be affixed to the host device The product label contains information about your specific unit such as its bar code serial number product ID name product description and Ethernet address also referred to as hardware address or MAC address 1 Serial Number CM E2 Part Number 00 20 4A 52 3A 53 MAC ID Rev C12 Revision Made in USA Embedded Integration Kit Integration Guide 4 7 5 CoBox Mini100 The CoBox Mini100 can be designed as an attachment to a PCB board The serial interface is accomplished via TTL connectors which include transmit receive and full handshaking The CoBox Mini100 supports network speeds of 10Mbps or 100Mbps Both the length and orientation of the CoBox Mini100 s interface pins can be specified to fit your product s architectural requirements The CoBox Mini100 requires 5 volts DC of regulated p
8. 1 2 Embedded Integration Kit Integration Guide 2 CoBox Micro The CoBox Micro integrates into products quickly and easily Serial interfacing is accomplished via a TTL connector and for Ethernet access an optional RJ45 10Base T connector is available You can specify the orientation of the unit s interface pins to fit your product It requires 5 volts DC of regulated power with maximum current of 200mA Layout and Dimensions The following drawing is a top view of the CoBox Micro Figure 2 1 CoBox Micro Top View 0 130 places p 4100 A 330 620 Y 830 1 375 1 575 i 724 120 095 Use this hole for chassis ground 100 lt 050 Y 400 gt 739 1 530 gt lt 1 935 gt The following drawing shows the connector end view of the board with the LEDs and RJ45 connector installed The drawing on the right shows the dimensions for CON1 DIL 2 x 6 Embedded Integration Kit Integration Guide 2 1 Figure 2 2 CoBox Micro Connector End View 200 400 0 115 Note 1 200 y T 068 O O 465 t A 170 gt 4 480 lt 065 087 gt 060 265 400 625 150 gt 4 CONNECTOR END VIEW 1 This is the highest component on the board Connectors The CoBox Micro has four connectors a TTL serial CON1 a 10Base
9. GOLE Channel 1 Note A Channel 2 Note B Pin Signal Pin Signal Pin Signal 1 1 DCDA input 1 DCDB input 2 Tx 2 RxA input 2 RxB input 3 3 TxA output 3 TxB output 4 Decoupling 4 DTRA output 4 DTRB output 5 Decoupling 5 GND 5 GND 6 Rx 6 None 6 None 7 Decoupling 7 RTSA output 7 RTSB output 8 Decoupling 8 CTSA input 8 CTSB input 9 None 9 None A Serial Port Channel 1 is also designated as A B Serial Port Channel 2 is also designated as B Note CON1 is a PCB mounted center positive 9 30VDC power supply connector Figure 5 4 CoBox Mini100 Pinout Configurations 1 8 1 TX CON4 2 TX RJ45 3 RX 6 RX 9 GND CON7 TXA CTSA DB 9M 4 9 DCDA e 1 GND DTRB e CON8 TXB CISB DB 9M at ATSB DCDB e Status LEDs The CoBox Mini100 carrier board has five status LEDs serial port Channel 1 status serial port Channel 2 status diagnostics 10M network link status and 100M network link status See the following table for a complete description of LED functions and pinout locations Embedded Integration Kit Integration Guide 5 5 CoBox Mini100 Table 5 4 CoBox Mini100 Status LEDs LED Description Location LED Functions 1 SerialPort CON 1 Pin 7 Lights solid green to indicate Channel 1 is idle Blinks Channel 1 green to indicate Channel 1 is connected to the
10. Pin 4 5 node and the Pin 7 8 node A Port Channel 1 B Port Channel 2 Ethernet Interface The standard Micro100 ships with an RJ45 10 100Base T Ethernet connector CON2 At the time of ordering you can specify whether to include this RJ45 connector You can use CONG as an alternative Figure 3 4 RJ45 Ethernet Connector 1 8 ug 2 TX 3 RX 6 RX Embedded Integration Kit Integration Guide 3 3 Micro100 Status LEDs The Micro100 has four status LEDs serial port Channel 1 status serial port Channel 2 status diagnostics and network link status See the following table for a complete description of status LED pinout location and function Figure 3 5 Micro100 Status LEDs Serial Port 1 Green a ae Green Link Diagnostics Red 2 Yellow Serial Port 2 Table 3 2 Micro100 Status LEDs LED Description Location LED Functions 1 SerialPort CON 4 Pin 4 Lights solid green to indicate Channel 1 is idle Blinks Channel 1 green to indicate Channel 1 is connected to the network Status and active 2 SerialPort CON 4 Pin 7 Lights solid yellow to indicate Channel 2 is idle Blinks Channel 2 yellow to indicate Channel 2 is connected to the network Status and active 3 Diagnostics CON 4 Pin 3 Blinks or lights solid red in combination with the green Channel 1 LED to indicate diagnostics and error detection Red solid green Channel 1 blinking 3x Net
11. network Status and active 2 SerialPort CON 1 Pin 8 Lights solid yellow to indicate Channel 2 is idle Blinks Channel 2 yellow to indicate Channel 2 is connected to the network Status and active 3 Diagnostics CON 1 Pin 9 Blinks or lights solid red in combination with the green Channel 1 LED to indicate diagnostics and error detection Red solid green Channel 1 blinking 1x EPROM checksum error 2x RAM error 3x Network controller error 4x EEPROM checksum error 5x Duplicated IP address on the network 6x Software does not match hardware Red blinking green Channel 1 blinking 4x Faulty network connection 5x No DHCP response received 4 10M Network CON 3 Pin 6 Lights solid green to indicate network port is connected to Link Status the network 5 100M Network CON 2 Pin Lights solid green to indicate network port is connected to Link Status 10 the network non fatal error Technical Specifications Table 5 5 Technical Specifications Category Description Memory 128K Serial Flash 512K Serial Interface 2 TTL serial interfaces 5V level signals Board Dimensions Height 2 756in 70 0 mm Width 3 150in 80 0 mm Thickness 062in 1 57 mm See Drawing Weight 1 3 ounces Temperature Operating range 5 to 50 41 to 122 F Storage Temperature 40 to 66 40 to 151 F Protocols Supported ARP UDP TCP Telnet ICMP
12. to TTL conversion hardware a 3 pin connector for the second serial port and mounting hardware for the CoBox Micro The test bed allows software engineers to immediately begin developing and testing software applications for the device server rather than delaying the process until the hardware interface for their product is complete Board Layout Install the CoBox Micro onto the carrier board as shown below Figure 2 6 Carrier Board 5 4 CON4 5 6 e co J1 ON p C fI A A cons 1 PWR 9 6 Embedded Integration Kit Integration Guide 2 5 CoBox Micro Figure 2 7 Pin Configurations DTRA TXA CONT ia RRA DCDA GND 21 GND 5VDC e TXA DCDA CTSA CON2 RTSA TXB TXB CON4 RXB GND Test Bed Connectors The CoBox Micro test bed has four connectors 1 Serial Port 1 or Channel 1 CON TTL Interface Serial Port 2 or Channel 2 and CONS which is a 5VDC power supply connector This RS232 level serial interface is implemented with a DB9F connector The CoBox Micro converts the RS232 serial transmit and receive data of this interface to Ethernet protocol transmit and receive data The DB9 connector is compatible with most PC serial interface ports using a straight throu
13. 00 Embedded Integration Kit Integration Guide amp CAN amp amp amp amp AP 1 Introduction Embedded Integration Kits The Lantronix Embedded Integration Kits Mini Kit Mini1 00 Kit Micro Kit Micro100 Kit provide a simple method of evaluating our CoBox Mini CoBox Mini100 CoBox Micro and Micro100 embedded device servers These kits allow software engineers to test our device servers with their products prior to the hardware development of those products Each kit contains an embedded device server board carrier unit and all the connectors and data needed to interface our product with your serial device The Embedded Integration Kits include the following embedded device server CoBox Micro Micro100 CoBox Mini CoBox Mini100 Board carrier unit with serial DB9 interface Some carriers also have RJ45 Ethernet Power supply CAT5 Ethernet cable RJ45M M 10 foot 10 foot serial cable DB9 cable end depends on kit DB9 to DB 25 converter User Guide on CD installation firmware configurations application examples technical tips Software CD latest Com Port Redirector Device Installer and firmware About this Guide 606 6 6 Purpose and Audience Th
14. 2 is also designated as B Note CON1 is a PCB mounted center positive 9 30VDC power supply connector Figure 4 4 CoBox Mini Pinout Configurations 1 8 1 TX CON4 2 RJ45 3 RX 6 RX __ ee et R CON7 TXA CTSA DB 9M 9 DCDA 1 6 5 BN f CON8 TXB je CISB DB 9M 15 ATSB 6 1 Status LEDs The CoBox Mini carrier board has four status LEDs serial port Channel 1 status serial port Channel 2 status diagnostics and network link status See the following table for a complete description of LED functions and pinout locations Table 4 4 CoBox Mini Status LEDs Description Location LED Functions 1 SerialPort CON 1 Pin 7 Lights solid green to indicate Channel 1 is idle Channel 1 Blinks green to indicate Channel 1 is connected to Status the network and active 2 SerialPort CON 1 Pin 8 Lights solid yellow to indicate Channel 2 is idle Channel 2 Blinks yellow to indicate Channel 2 is connected to Status the network and active Embedded Integration Kit Integration Guide 4 5 CoBox Mini LED 3 Diagnostics Description LED Functions Blinks or lights solid red in combination with the green Channel 1 LED to indicate diagnostics and error detection Location CON 1 Pin 9 Red solid green Channel 1 blinking 1x EPROM checksum error 2x RAM error 3x Network controller error 4x EEPROM
15. 27 86 30 00 2 14 75 22 52 30 00 7 48 96 29 68 30 00 0 32 100 29 52 30 00 0 48 124 997 23 24 30 00 6 76 144 002 18 18 30 00 11 82 149 999 21 64 30 00 8 36 175 28 50 30 00 1 50 199 997 18 90 30 00 11 10 224 999 28 31 30 00 1 69 240 002 25 96 37 00 11 04 249 998 20 55 37 00 16 45 274 998 24 71 37 00 12 29 300 23 56 37 00 13 44 325 21 62 37 00 15 38 336 003 29 45 37 00 7 55 350 23 68 37 00 13 32 375 26 03 37 00 10 97 425 27 20 37 00 9 80 432 25 44 37 00 11 56 474 995 27 91 37 00 9 09 528 005 27 68 37 00 9 32 The radiated emission listing shows that the CoBox Mini UUT passed FCC class B limits as well as CISPR22 class B Highest emission outputs were at 60MHz and 80MHz leading to a margin of at 60 MHz to the class limit Table 6 3 CoBox Mini Results Frequency Field Limit FCC DELTA MHz Strength Class B Level at 3m dBuV m dBuV m 35 30 29 96 40 00 10 04 37 66 29 73 40 00 10 27 40 01 34 24 40 00 5 76 60 01 36 95 40 00 3 05 80 02 35 31 40 00 4 69 100 02 34 82 43 50 8 68 120 01 30 40 43 50 13 10 Embedded Integration Kit Integration Guide 6 3 Integration Guidelines 6 4 Frequency Field Limit FCC MHz Strength Class B Level at 3m dBuV m dBuV m 140 02 35 11 43 50 8 39 220 03 33 01 46 00 12 99 260 03 35 55 46 00 10 45 261 16 32 28 46 00 13 72 271 72 34 03 46 00 11 97 The radiate
16. 4 TxA output 4 None 4 Rx 4 LED1 Channel 1 5 RTSA output 5 None 5 5VDC 6 DTRA output 6 Rx 6 5VDC 7 CTSA input 7 None 7 LED2 Channel 2 8 DCDA input 8 None 8 LED4 Link 9 Reserved 10 RESET pull low to reset 11 RxB input 12 TxB output Current limiting resistor on board is 680 Ohms A Port Channel 1 B Port Channel 2 Ethernet Interface The standard CoBox Micro ships with an RJ45 10Base T Ethernet connector CON2 At the time of ordering you can specify whether to include this RJ45 connector You can use CONG as an alternative Figure 2 4 RJ45 Ethernet Connector 1 8 1 TX 1 Status LEDs The CoBox Micro has four status LEDs serial port Channel 1 status serial port Channel 2 status diagnostics and network link status See the following table for a complete description of status LED pinout location and function Embedded Integration Kit Integration Guide 2 3 CoBox Micro Figure 2 5 CoBox Micro Status LEDs Green Red 6 9 com vaw Table 2 2 CoBox Micro Status LEDs LED Description Location LED Functions 1 Serial Port CON 4 Pin 4 Lights solid green to indicate Channel 1 is idle Blinks Channel 1 green to indicate Channel 1 is connected to the network Status and active 2 Serial Port CON 4 Pin 7 Lights solid yellow to indicate Channel 2 is
17. 5 46 mm or 6 76 mm Bottom mounted length of 5 46 mm or 6 76 mm Contact Lantronix or visit our Web site www lantronix com for information about ordering device servers with various connector configurations Figure 5 2 CoBox Mini100 Connectors 1 CON1 10 1 10 11 CON4 CON2 1 7 4 Refer to the following table for a listing of the CoBox Mini100 embedded device server pinouts Table 5 1 CoBox Mini100 Connector Pinouts CON1 CON4 2 10 100Base 10 100Base T 1 TTL Serial Port TTL Serial Port Connector Connector 10 Pin Header 10 Pin Header 11 Pin Header 7 Pin Header Pin Signal Pin Signal Pin Signal Pin Signal RJ45 1 5VDC 1 DTRA output 1 TX 1 Tx 1 2 GND 2 GND 2 TX 2 Tx 2 3 TxA output 3 RXxB input 3 Rx 3 Rx 3 4 RXA input 4 TXB output 4 Decoupling 4 Rx 6 5 RESET pull low 5 CTSA input 5 Decoupling 5 Decoupling to reset Shield 6 DCDA input 6 CTSB input 6 Rx 6 LED 4 Link 2 7 LED1 Channel 7 RTSA output 7 Decoupling 7 5 0 LED4 1 8 LED2 Channel 8 output 8 Decoupling 2 9 LED3 9 DCDB input 9 Decoupling Diagnostic 10 5VDC for LED 10 RTSB output 10 LED5 speed 1 3 100Mbit 2 45VDC for LED5 Embedded Integration Kit Integration Guide Co
18. Box Mini100 1 CON4 2 10 100Base 10 100Base T 1 TTL Serial Port TTL Serial Port TX Connector Connector 10 Pin Header 10 Pin Header 11 Header 7 Pin Header A Port Channel 1 B Port Channel 2 Notes 1 For Ethernet connection either CON2 or CONG should be used The use of CON2 is recommended for harsh and noisy environments 2 LED4 indicates 10M network speed and LED5 indicates 100M network speed Both LED4 and LED5 can be used when either CON2 or CONG is used LED Control Signals The CoBox Mini100 has no LEDs but provides signals to drive LEDs All of the signals drive LEDs on the test bed carrier board The signals are serial port Channel 1 status serial port Channel 2 status diagnostics two network link status and 5VDC See the following table for a complete description of LED control signals Table 5 2 CoBox Mini100 LED Signals LED _ Signal Description Signal Pin LED1 SerialPort Channel 1 CON1 Pin 7 Status LED2 SerialPort Channel 2 CON1 Pin 8 Status LED3 Diagnostic CON1 Pin 9 LED4 10M Network Link Status CONS Pin 6 LED5 100M Network Link Status CON2 Pin 10 5VDC CON1 Pin 10 Power for LEDs 1 3 5VDC CON2 Pin 11 Power for 100M Link LED5 5VDC CONS Pin 7 Power for 10M Link LED4 Test Bed The evaluation kit contains the following items Carrier Board CoBox Mini100 Board 12VDC 0 8A Internation
19. LANT ONIX Embedded Integration Kit Integration Guide Part Number 900 316 Revision C October 2004 Copyright and Trademark 2004 Lantronix All rights reserved No part of the contents of this book may be transmitted or reproduced in any form or by any means without the written permission of Lantronix Printed in the United States of America Ethernet is a trademark of XEROX Corporation UNIX is a registered trademark of The Open Group Windows 95 Windows 98 Windows 2000 and Windows NT are trademarks of Microsoft Corp Netscape is a trademark of Netscape Communications Corporation Disclaimer and Revisions Operation of this equipment in a residential area is likely to cause interference in which case the user at his or her own expense will be required to take whatever measures may be required to correct the interference Changes or modifications to this device not explicitly approved by Lantronix will void the user s authority to operate this device The information in this guide may change without notice The manufacturer assumes no responsibility for any errors which may appear in this guide Date Rev Comments 12 03 This Integration Guide which was previously of the Embedded Integration Kit User Manual includes the Micro100 but no longer covers the UDS 10B 6 04 B Updated guide 10 04 C Removed references to out of date guides Contacts Lantronix Corporate Headquarters
20. Mini also supports a variety of user configurable options such as buffer control and packetization which make it easy to use in most applications Note This manual documents the present version Hev 2 of the CoBox Mini This latest version of the CoBox Mini is distinguished from the earlier version by its dual TTL serial ports CON1 and CON4 The earlier version had one TTL serial port Layout and Dimensions The following drawing is a top view of the CoBox Mini Figure 4 1 CoBox Mini Top View O 3 0 0 118 4x 5 08 0 2 98 0 396 i gt 3 5 0 138 T 270 107 soc 9 159069 9 0 2 54 0 1 gt 5 70 0 0 2 UNITS mm in 2 756 0 008 65 0 2 559 2 54 0 100 CONS 4 3o 0 x 4 2 5 0 098 gt 4 75 0 2 953 1 57 80 0 0 2 8 150 4 0 008 57 0 22 e Embedded Integration Kit Integration Guide 4 1 CoBox Mini Connectors The CoBox Mini has four connectors TTL serial port CON1 AUI connector CON2 connector CON3 TTL serial port 2 and full handshaking signals At the time of ordering each connector can be specified with the following pin configurations Not present Top mounted length of 5 46 mm or 6 76 mm Bottom mounted length of 5 46
21. SNMP DHCP TFTP HTTP AutoIP Network Interface 10 100Base T Data Rates 300 bps to 115 2 Kbps Serial Line Formats Characters 7 or 8 data bits Stop bits 1 or 2 Parity odd even none Modem Control DTR DCD CTS RTS 5 6 Embedded Integration Kit Integration Guide CoBox Mini100 Category Description Flow Control XON XOFF software XON XOFF Pass Characters to Host CTS RTS hardware None Management HTTP Internal Web Server SNMP read only Serial login Telnet login System Software Flash ROM standard downloadable from a TCP IP host TFTP or over serial port LED Status Lines Channel 1 solid Green idle blink active Channel 2 solid Yellow idle blink active Diagnostics Red in combination with Channel 1 10M and 100M Network Link Green Compatibility Ethernet Version 2 0 IEEE 802 3 Power Requirements 5VDC 5 regulated 650mA Product Information Label The CoBox Mini100 ships with a product information label that can be affixed to the host device The product label contains information about your specific unit such as its bar code serial number product ID name product description and Ethernet address also referred to as hardware address or MAC address S N 7212115 Serial Number CM100 E0000B Part Number 00 20 4A 72 2F 53 MAC ID Rev B11 Revision Made in USA Embedded Integration Kit Integration Guide 5 7 6 Integration Gui
22. T RJ45 Connector CON2 and or pins instead of the RJ45 connector CON3 and LEDs Figure 2 3 Connectors CON2 RJ45 4 3 T s 4 CON3 CON1 21 TTL D O O 11 1 87 CON4 LEDs 24 1 The CoBox Micro that comes with the integration kit is factory configured When ordering the CoBox Micro for production use you can specify each connector as follows Pins on off the board and top bottom see Figure 2 2 and Figure 2 3 LEDs on off the board RJ45 on off the board Contact Lantronix for information about ordering the CoBox Micro with customized connector configurations The Embedded Integration Kit part number Micro Kit includes the CoBox Micro embedded device server Refer to the following table for a listing of its pinouts Table 2 1 CoBox Micro Connector Pinouts CON1 CON2 10Base T CON3 2x2 CON4 2 x 4 Pins in TTL Serial Port RJ45 Pins in place of place of LEDs DIL 2 x 6 Pins Connector 45 Pin Signal Signal Signal Pin Signal 1 5VDC 1 Tx 1 Tx 1 5VDC 2 2 Embedded Integration Kit Integration Guide CoBox Micro CON1 CON2 10Base T CON3 2 2 CON4 2 x 4 Pins in TTL Serial Port RJ45 Pins in place of place of LEDs DIL 2 x 6 Pins Connector RJ45 Pin Signal Pin Signal Pin Signal Pin Signal 2 GND 2 Tx 2 Tx 2 5VDC 3 RxA input 3 3 3 LED3 Diagnostics
23. al Power Supply with universal power connector 10 foot DB9F F RS232 Cable 10 foot UTP CAT5e RJ45M M Ethernet Cable DB9 to DB25 Converter Software CD CD EIK xx Embedded Integration Kit User Guide 900 226 on CD Embedded Integration Kit Integration Guide 900 316 on CD The test bed allows software engineers to immediately begin developing and testing software applications for the device server rather than delaying the process until the hardware interface for their product is complete 9 99999 Embedded Integration Kit Integration Guide 5 3 CoBox Mini100 5 4 Board Layout Figure 5 3 CoBox Mini100 Carrier Board 9 6 9 6 AES RS DB 9M s 5 1 5 1 L ml ET m IT B8 9 CON1 CON7 CON8 PWR O Reset Switch 4 LED 1 Green LED Yellow lt LEDS vaa1 19 4001 Saat Embedded Integration Kit Integration Guide CoBox Mini100 Test Bed Connectors The CoBox Mini100 test bed has three external connectors a 10 100Base TX RJ45 Connector Serial Port 1 or Channel 1 CONSG Serial Port 2 or Channel 2 Table 5 3 CoBox Mini100 Test Bed Connectors 10 100 7 Serial Port 8 Serial Port
24. checksum error 5 Duplicated IP address on the network 6x Software does not match hardware Red blinking green Channel 1 blinking 4x Faulty network connection 5x No DHCP response received 4 Network Link Status CON 3 Pin 6 Lights solid green to indicate network port is connected to the network non fatal error Technical Specifications Category Description Memory Table 4 5 Technical Specifications 128K SRAM optional 512 Serial Flash 512K Serial Interface 2 TTL serial interfaces 5V level signals Board Dimensions Height 2 756in 70 0 mm Width 3 150in 80 0 mm Depth 062in 1 57 mm See Drawing Weight 1 1 ounces Temperature Protocols Supported Operating range 5 to 50 C 41 to 122 F Storage Temperature 40 to 66 C 40 to 151 F ARP UDP TCP Telnet ICMP SNMP DHCP TFTP HTTP AutolP Network Interface Data Rates 10Base T or AUI Ethernet 300 bps to 115 2 Kbps Serial Line Formats Characters 7 or 8 data bits Stop bits 1 or 2 Parity odd even none Modem Control DTR DCD CTS RTS Flow Control XON XOFF software XON XOFF Pass Characters to Host CTS RTS hardware None Management HTTP SNMP read only Serial login Telnet login System Software Flash ROM standard downloadable from a TCP IP host TFTP or over serial port LED Status Lines Channel 1
25. d emission listing shows that the CoBox Mini passed FCC class B limits as well as CISPR22 class B Highest emission outputs are at 40MHz and 50MHz leading to a margin of 5dB at 40MHz to the CISPR22 class B limit Table 6 4 CoBox Mini100 Frequency Field Strength Limit FCC DELTA MHz Level at 3 m Class oJ dBuV m dBuV m 40 00 34 99 40 00 5 01 50 00 34 25 40 00 5 75 100 01 35 72 43 50 7 78 110 83 30 07 43 50 13 43 125 01 30 99 43 50 12 51 150 00 37 34 43 50 6 16 175 00 29 55 43 50 13 95 200 01 36 10 43 50 7 40 250 01 33 30 46 00 12 70 325 01 33 32 46 00 12 68 375 02 35 68 46 00 10 32 450 01 37 69 46 00 8 31 General Guidelines This section covers the following topics Power supply Network connector Virtual ground Serial signals Emission improvements CoBox Mini CoBox Mini100 CoBox Micro Micro100 999999 Power Supply The CoBox Mini CoBox Mini100 CoBox Micro and Micro100 run at 5 VDC nominal 5 The current consumption varies for the different products and depends upon their operating conditions Refer to the current requirements listed in the product specification to design an appropriate power supply Embedded Integration Kit Integration Guide Integration Guidelines To maintain the necessary voltage provide ground to the appropriate connector header with a low inductance and low DC resistance path The best solution is a solid
26. delines This chapter describes the test setup and resultant emission profiles of the CoBox Mini CoBox Mini100 CoBox Micro and Micro100 General guidelines also help you reach the necessary standards for your applications This chapter assumes that you are familiar with basic technical terms and abbreviations and understand Lantronix product features For product information and additional documentation please visit the Lantronix home page www Lantronix com Test Environment None of the units under test UUT has a driver IC on board to provide RS232 or RS485 levels at their pin headers None of the UUTs has its own power supply circuitry Therefore all UUTs were hooked up to different evaluation boards which provided a voltage regulator and the appropriate driver circuitry and connectors for a serial RS232 interface For your own test requirements you can obtain test boards from Lantronix please contact OEM sales First Setup A preliminary scan was made in one of two types of sealed chambers One type of sealed chamber was prepared to reduce emission echo The other type was prepared to absorb reflection Either type of chamber is acceptable The antenna used was a broadband type EMCO BiConiLog 3142 connected to a Hewlett Packard spectrum analyzer HP8566B in combination with an RF pre selector HP 85685A and a quasi peak adapter HP 85650 UUT cable connections and their antenna distances were determined according to the
27. frequencies below 30 MHz Metal cases or partial metal shielding inside the unit can also help to reduce emission levels so that even more stringent standards can be passed CoBox Mini Ethernet Integration The AUI port connector does not provide any DC decoupling transformer circuitry The customer must provide the necessary circuitry on the base board Keep trace length from the header to the transformer as short as possible For additional AUI guidelines please see also the transformer manufacturer s application notes CoBox Mini100 Take care when laying out the trace for the RJ45 We recommend the use of shields described in the Network Connector section above On the optional 11 pin header for the network connector additional termination for the unused wires of the cable is provided to improve the signal quality on longer lines CoBox Micro and Micro100 If you use the on board RJ45 connector we suggest that you provide ground level to the plated mounting hole near the RJ45 That shielded cable will be tied to the appropriate level however the virtual ground is also provided there Embedded Integration Kit Integration Guide A Compliance and Warranty Information Conformity Information Manufacturer s Name amp Address Lantronix 15353 Barranca Parkway Irvine CA 92618 USA Declares that the following products Product Name Model CoBox Micro Micro100 CoBox Mini CoBox Mini100 Conform to standards described in 6 Integrati
28. gh cable Table 2 3 CoBox Micro Test Bed Connectors Serial Port CON 2 TTL Interface Serial Port Channel 1a Channel 2b Pin Signal Pin Signal Pin Signal 1 DTRA output 1 5 VDC 1 TxB output 2 TxA output 2 GND 2 RxB input 3 RxA input 3 TxA output 3 GND 4 DCDA input 4 RxA input 5 GND 5 CTSA input 6 None 6 DCDA input 7 CTSA input 7 RTSA output 8 RTSA output 8 DTRA output 9 None 9 None 10 None 11 TxB output 12 RxB input a CON1 Serial Port Channel 1 is also designated as A b CON4 Serial Port Channel 2 is also designated as B Note CONG is a PCB mounted center positive 5VDC power supply connector 2 6 Embedded Integration Kit Integration Guide CoBox Micro Technical Specifications Table 2 4 CoBox Micro Technical Specifications Category Description Memory 128K RAM 512 Bytes NVRAM Serial Flash 128K Serial Interface 1 TTL serial interface Async 5V level signals Through hole plated pins DIL Board Dimensions Weight Height 1 575in 40 00 mm Width 1 935in 49 15 mm 0 7 ounces See Drawing Temperature Operating range 0 to 70 C 32 to 158 F Storage range 40 to 85 C 40 to 185 F Protocols Supported Network Interface ARP UDP TCP Telnet ICMP SNMP DHCP TFTP AutoIP and HTTP RJ45 10Base T Data Rates 300 bps to 115 2 Kbps Serial L
29. ground plane Place a de coupling capacitor pair as close as possible to the connector headers of the board s power supply We recommend a ceramic X7R material or equivalent value 0 022uF to 0 1uF and a low DC resistance electrolytic or tantalum value 10 uF to 100 uF capacitor Network Connector If you want to add an RJ45 connector we recommend that it be at least partially shielded in case it will be used in a noisy environment Please refer to the product specific section Take care regarding the trace length and routing for the two differential pairs TX and RX Neither of them may cross or run in parallel with any digital signal nor run through a digital ground or power plane The trace length inside of the unit running from the device server to the RJ45 should be as short as possible The trace length may have an impact on signal quality link length especially if internal ambient noise is a factor If trace length cannot be shortened or the internal noise frequencies are hitting the carrier frequency or the multiples of these depending on the product and operating mode either 10MHz or 100MHz and up to the 11th overtone we suggest a different strategy Use a multi layer board and a separated shield layer on the solder and assembly sides of the board which are routed in the inner layers Refer to the following figure These shield layers can either be connected to the RJ45s shield or to a virtual ground signal provided by
30. idle Blinks Channel 2 yellow to indicate Channel 2 is connected to the network Status and active 3 Diagnostics CON 4 Pin 3 Blinks or lights solid red in combination with the green Channel 1 LED to indicate diagnostics and error detection Red solid green Channel 1 blinking 1x EPROM checksum error 2x RAM error 3x Network controller error 4x EEPROM checksum error 5 Duplicated IP address on the network 6x Software does not match hardware Red blinking green Channel 1 blinking 4x Faulty network connection 5 No DHCP response received 4 Network Link CON 4 Pin 8 Lights solid green to indicate network port is connected to Status the network non fatal error Test Bed The evaluation kit contains the following items Carrier Board 999999 CoBox Micro Board 5VDC International Power Supply with universal power connector 10 foot DB9M F RS232 Cable 10 foot UTP CAT5e RJ45M M Ethernet Cable DB9 to DB25 Converter Software CD CD EIK xx Embedded Integration Kit User Guide 900 226 on CD Embedded Integration Kit Integration Guide 900 316 on CD The CoBox Micro Embedded Integration Kit part number Micro Kit includes a test bed carrier board that provides serial connections to the device server The CoBox Micro device server provides the network 2 4 Embedded Integration Kit Integration Guide CoBox Micro 10Base T RJ45 The test bed contains a power LED TTL to RS232 and RS232
31. ine Formats Modem Control Characters 7 or 8 data bits Stop bits 1 or 2 Parity odd even none DTR DCD CTS RTS Flow Control XON XOFF software XON XOFF Pass Characters to Host CTS RTS hardware None Management HTTP SNMP read only Serial login Telnet login System Software Flash ROM standard downloadable from a TCP IP host TFTP or over serial port LEDs Channel 1 solid Green idle blink active Channel 2 solid Yellow idle blink active Diagnostics Red in combination with Channel 1 Network Link Green Compatibility Ethernet Version 2 0 IEEE 802 3 Power Requirements 5VDC 5 regulated 200mA Product Information Label The CoBox Micro ships with a product information label that can be affixed to the host device The product label contains information about your specific unit such as its bar code serial number product ID name product description and Ethernet address also referred to as hardware address or MAC address Serial Number CO E1 Part Number 00 20 4A 74 05 52 MAC ID Rev C12 Revision Made in USA Embedded Integration Kit Integration Guide 2 7 3 Micro100 The Micro100 integrates into products quickly and easily Serial interfacing is accomplished via a TTL connector and for Ethernet access an optional RJ45 10 100Base T connec
32. is guide provides the information needed to test the embedded device server on the Evaluation Board The intended audience is the engineer responsible for integrating the device server into your product Chapter Summary The remaining chapters in this guide include 2 CoBox Micro Describes and provides information about the CoBox Micro and its integration kit 3 2 Micro100 Describes and provides information about the Micro100 and its integration kit 4 Cobox Mini Describes and provides information about the CoBox Mini and its integration kit Embedded Integration Kit Integration Guide 1 1 Introduction 5 CoBox Describes and provides information about the CoBox Mini100 and Mini100 its integration kit 6 Integration Describes the test setup and resultant emission profiles of the Guidelines CoBox Mini CoBox Mini100 CoBox Micro and Micro100 Provides general guidelines to help you reach the necessary standards for your applications Additional Documentation The following guides are available on the product CD and the Lantronix Web site www lantronix com Embedded Integration Kit Provides information needed to User Guide configure use and update the firmware Device Installer User Guide Provides instructions on using the Windows based utility used to configure Lantronix embedded device servers Com Port Redirector Provides information on using the User Guide Windows based utility to create a virtual com port
33. mm or 6 76 mm Contact Lantronix or visit our Web site www lantronix com for information about ordering device servers with various connector configurations Figure 4 2 CoBox Mini Connectors 1 10 1 CONI CON2 CONS Refer to the following table for a listing of the CoBox Mini embedded device server pinouts Table 4 1 CoBox Mini Connector Pinouts Ethernet CON1 CON4 2 AUI 10 TTL Serial Port TTL Serial Port 1 Connector Connect or 10 Pin Header 10 Pin Header 6 Pin 7 Pin Header Header Signal Signal i Signal Signal 1 5VDC 1 DTRA 1 CD 1 1 output 2 GND 2 GND 2 CD 2 Tx 2 3 TxA output 3 RxB input 3 Rx 3 Rx 3 4 RxA input 4 TxB output 4 Rx 4 Rx 6 5 RESET pull low 5 CTSA input 5 Tx 5 None to reset 4 2 Embedded Integration Kit Integration Guide CoBox Mini CON1 CON4 2 AUI 10 TTL Serial Port TTL Serial Port 1 Connector Connect or 10 Pin Header 10 Pin Header 6 Pin 7 Pin Header Header Signal Signal Signal Signal 6 DCDA input 6 CTSB input 6 Tx 6 LED 4 Link 7 LED1 Channel 1 7 RTSA output 7 5VDC LED 8 LED2 Channel 2 8 DTRB output 9 LED3 Diagnostic 9 DCDB input 10 5VDC for LEDs 10 RTSB output A Port Channel 1 B Port Channel 2
34. oard as shown below Figure 3 7 Carrier Board 514 1 CON4 Embedded Integration Kit Integration Guide 3 5 Micro100 Figure 3 8 Pin Configurations CON1 RS 232 Levels 21 GND O O 5VDC TXA OO RXA DTRA OO RTSA CON2 poa 1 6 6 crsa TML Levels Oo O O 12 11 ro CON4 O me RS 232 Levels GND O 3 Test Bed Connectors The Micro100 test bed has four connectors CON1 Serial Port 1 or Channel 1 CON TTL Interface CON4 Serial Port 2 or Channel 2 and CONS which is a 5VDC power supply connector This RS 232 level serial interface is implemented with a DB9F connector The Micro100 converts the RS 232 serial transmit and receive data of this interface to Ethernet protocol transmit and receive data The DB9 connector was selected for compatibility with most PC serial interface ports using a straight through cable Table 3 3 Micro100 Test Bed Connectors CON2 TTL Interface CON1 Serial Port CON4 Serial Port Channel 1a Channel 2 Pin Signal Pin Signal Pin Signal 1 DTRA output 1 45 VDC 1 TxB output 2 TxA output 2 GND 2 RxB input 3 RxA input 3 RxA output 3 GND 4 DCDA input 4 TxA input 5 GND 5 RTSA input 6 None 6 DTRA input 7 CTSA input 7 CTSA output 8 RTSA output 8 DCDA output 9 None 9 None 10 None 11 RxB output 12 T
35. on Guidelines Manufacturer s Contact Director of Quality Assurance Lantronix 15353 Barranca Parkway Irvine CA 92618 USA Tel 949 453 3990 Fax 949 453 3995 A 1 Embedded Integration Kit Integration Guide Compliance and Warranty Information Warranty Lantronix warrants each Lantronix product to be free from defects in material and workmanship for a period of ONE YEAR TWO YEARS for Micro100 after the date of shipment During this period if a customer is unable to resolve a product problem with Lantronix Technical Support a Return Material Authorization RMA will be issued Following receipt of a RMA number the customer shall return the product to Lantronix freight prepaid Upon verification of warranty Lantronix will at its option repair or replace the product and return it to the customer freight prepaid No services are handled at the customer s site under this warranty This warranty is voided if the customer uses the product in an unauthorized or improper way or in an environment for which it was not designed Lantronix warrants the media containing its software product to be free from defects and warrants that the software will operate substantially according to Lantronix specifications for a period of 60 DAYS after the date of shipment The customer will ship defective media to Lantronix Lantronix will ship the replacement media to the customer In no event will Lantronix be responsible to the user in contract
36. ors Status LEDs Technical Specifications Product Information Label 5 CoBox Mini100 Layout and Dimensions Connectors LED Control Signals Test Bed Board Layout Test Bed Connectors Status LEDs Technical Specifications Product Information Label H Embedded Integration Kit Integration Guide 6 Integration Guidelines Test Environment First Setup Second Setup EMI Test Results General Guidelines Power Supply Network Connector Virtual Ground Serial Signals Additional Emission Improvements CoBox Mini Ethernet Integration CoBox Mini100 CoBox Micro and Micro100 A Compliance and Warranty Information Conformity Information gt ooooooooQOoooo Warranty Embedded Integration Kit Integration Guide List of Figures Figure 2 1 Figure 2 2 Figure 2 3 Figure 2 4 Figure 2 5 Figure 2 6 Figure 2 7 Figure 3 1 Figure 3 2 Figure 3 3 Figure 3 4 Figure 3 5 Figure 3 6 Figure 3 7 Figure 3 8 Figure 4 1 Figure 4 2 Figure 4 3 Figure 4 4 Figure 5 1 Figure 5 2 Figure 5 3 Figure 5 4 Figure 6 1 CoBox Micro Top View CoBox Micro Connector End View CoBox Micro Connectors RJ45 Ethernet Connector CoBox Micro Status LEDs Carrier Board Pin Configurations Micro100
37. ower with maximum current of 250mA for normal operation The CoBox Mini100 s well developed IP firmware supports protocols such as ARP UDP TCP BOOTP Telnet ICMP SNMP DHCP TFTP AutolP and HTTP as well as other custom protocols The CoBox Mini100 also supports a variety of user configurable options such as buffer control and packetization making it easy to use in most applications Layout and Dimensions The following drawing is a top view of the CoBox Mini Figure 5 1 CoBox Mini100 Top View 3 0 0 118 4x 5 08 0 2 980 986 i gt 35 0 138 2 7 0 106 1 55509 2 54 0 1 gt 70 0 0 2 UNITS mm i 2 756 0 008 mm din 65 0 2 559 5 08 0 2 2 o000 2 54 0 100 i cons _ y x A 2 5 0 098 10 5 0 413 727 0 282 _ o DUCES 282 gt 14 2 5 0 098 75 0 2 953 1 57 0 062 gt 4 80 0 0 2 3 150 4 0 008 gt 5 7 0 22 le Connectors The CoBox Mini100 has four connectors TTL serial port 1 CON1 10 100 CON2 Embedded Integration Kit Integration Guide 5 1 CoBox Mini100 5 2 10 100Base T CON3 TTL serial 2 At the time of ordering each connector can be specified with the following pin configurations Not present Top mounted length of
38. r can be specified as follows Pins on off the board and top bottom Figure 3 2 Figure 3 3 LEDs on off the board RJ45 on off the board Contact Lantronix for information about ordering the Micro100 with customized connector configurations The Embedded Integration Kit part number Micro Kit includes the Micro100 embedded device server Refer to the following table for a listing of its pinouts Table 3 1 Micro100 Connector Pinouts 1 2 2 2 2 x 4 Pins TTL Serial Port 10 100Base T Pins in place of place of LEDs DIL 2 x 6 Pins RJ45 Connector 1 5VDC 1 TX 1 TX 1 3 3 VDC 3 2 Embedded Integration Kit Integration Guide Micro100 CON2 CONS3 2 x 2 CONA 2 x 4 Pins in TTL Serial Port 10 100 Pins place of place of LEDs DIL 2 x 6 Pins RJ45 RJ45 Connector Pin Signal Pin Signal Pin Signal Pin Signal 2 GND 2 Tx 2 Tx 2 3 3 VDC 3 RxA input 3 Rx 3 Rx 3 LED3 Diagnostics 1 4 TxA output 4 None 4 Rx 4 LED1 Channel 1 tied to Pin 5 5 RTSA output 5 None tied 5 3 3 VDC to Pin 4 6 DTRA output 6 Rx 6 3 3 7 CTSA input 7 None tied 7 LED2 Channel 2 to Pin 8 8 DCDA input 8 None tied 8 LED4 Link to Pin 7 9 Reserved 10 RESET pull low to reset 11 RxB input 12 TxB output 1 Current limiting resistor on board is 220 Ohms 150 Ohms exist between the
39. requirements of the applicable standards The UUT was connected to an Ethernet hub using a common CAT5 twisted pair 10Base T cable Power was provided to the test board by a regular wall cube Output for the CoBox Mini and CoBox Mini100 test beds were 15 VAC The wall cube output for the CoBox Micro and Micro100 test bed was 9 VAC Second Setup The result of the first scan was passed to a second outdoor test area to quantify the emission value This second test area was set up similarly to the one described in the section above The distance of the antenna to the UUT was 10m according to the EN 55022 CISPR22 requirement The emission value for standards expecting different antenna distances FCC was automatically recalculated during the measurement The antenna height and polarization and the orientation of the UUT to the antenna were varied for each pre scanned frequency to find the maximum emission value antenna height 1m 4m polarization vertical and horizontal UUT on a rotating desk 0 to 3609 Embedded Integration Kit Integration Guide 6 1 Integration Guidelines 6 2 EMI Test Results The radiated emission listing shows that the CoBox Micro UUT passed FCC class A limits as well as CISPR22 class A Highest emission outputs are at 80MHz and 120MHz leading to a margin of 5dB at 120MHz to the more stringent CISPR22 class A limit Table 6 1 dBuV CoBox Micro Results
40. stics Red in combination with Channel 1 Network Link Green Compatibility Ethernet Version 2 0 IEEE 802 3 Power Requirements 5VDC 5 regulated 200 Product Information Label The Micro100 ships with a product information label that can be affixed to the host device The product label contains information about your specific unit such as its part number revision number manufacturing code and Ethernet address also referred to as hardware address or MAC address PN M000AA002 01 Made USA Rev 11 4403 00 40 4 00 00 00 MAC Address Part Number Manufacturing Code Revision Number Embedded Integration Kit Integration Guide 3 7 4 CoBox Mini The CoBox Mini can be designed as an attachment to a PCB board The serial interface is accomplished via TTL connectors which include transmit receive and full handshaking UTP or AUI network interfaces can be utilized The CoBox Mini supports network speeds of 10Mbps Both the length and orientation of the CoBox Mini s interface pins can be specified to fit your product s architectural requirements The CoBox Mini requires 5 volts DC of regulated power with maximum current of 200mA for normal operation The CoBox Mini s well developed IP firmware supports protocols such as ARP UDP BOOTP Telnet ICMP SNMP DHCP TFTP AutoIP and HTTP as well as other custom protocols The CoBox
41. the device server See also next section and product specific section Figure 6 1 Multi Layer Board Strategy CoBox network connector RJ45 shield connection digital ground gt and power Plane inner layer 44 A i shield planes inner layer signal traces Virtual Ground The device servers provide a virtual ground at a plated mounting hole It is a ground imitation It uses the tap of two capacitors ceramic 0 1 uF conducted symmetrically to ground and VCC In the absence of a solid ground earth this virtual ground can be used for shielding or balancing metal parts of the case Embedded Integration Kit Integration Guide 6 5 Integration Guidelines 6 6 Serial Signals Device server TTL level serial input and output signals are protected by 220 Ohm resistors These resistors provide a simple output shortage protection for infinite duration by limiting the current They also reduce conducted interferences at higher frequencies to the base board Additional Emission Improvements Depending on the voltage regulator used and base board design the power supply cord may sometimes emit conducted interferences If the voltage level there is low common mode chokes are the appropriate barrier to avoid these frequencies being emitted via the power cord as an antenna Common mode chokes help pass the conducted emission requirements of the EN55022 for
42. tor is available The orientation of its interface pins can be specified to fit your product It requires 5 volts DC of regulated power with maximum current of 200mA Layout and Dimensions The following drawing is a top view of the Micro100 Figure 3 1 Micro100 Top View 0 130 3 places 100 i 100 620 Y Y A 1 575 1370 704 100 1 530 gt 740 1 930 100 The following drawing shows the connector end view of the board with the LEDs and RJ45 connector installed The drawing on the right shows the dimensions for CON1 DIL 2 x 6 Embedded Integration Kit Integration Guide Micro100 Figure 3 2 Micro100 Connector End View 200 400 0 115 Note 1 X 200 Y y 068 O9 O 465 Y d 4 A 170 9 480 lt 065 087 gt 060 265 lt 400 625 450 gt CONNECTOR END VIEW 1 This is the highest component on the board Connectors The Micro100 has four connectors a TTL serial port CON1 a 10 100Base T RJ45 Connector CON2 and or pins instead of the RJ45 connector CON3 and LEDs Figure 3 3 Micro100 Connectors CON2 RJ45 4 3 m 3 2 74 CONS CON1 oooo 21 TTL 11 1 8 7 CON4 LEDs 2 1 1 The Micro100 that comes with the integration kit is factory configured When ordering the Micro100 for production use each connecto
43. work controller error 5 Duplicated IP address on the network Red blinking green Channel 1 blinking 5 No DHCP response received 4 Network Link CON 4 Pin 8 Lights solid green to indicate network port is connected to Status the network non fatal error Test Bed The evaluation kit contains the following items Carrier Board Micro100 Board 5VDC International Power Supply with universal power connector 10 foot DB9M F RS232 Cable 10 foot UTP CAT5e RJ45M M Ethernet Cable DB9 to DB25 Converter Software CD CD EIK xx Embedded Integration Kit User Guide 900 226 on CD Embedded Integration Kit Integration Guide 900 316 on CD 9999999 3 4 Embedded Integration Kit Integration Guide Micro100 The Micro100 Embedded Integration Kit part number Micro100 Kit includes a test bed carrier board that provides serial connections to the device server The Micro100 device server provides a network 10 100Base T RJ45 The test bed contains a power LED TTL to RS 232 and RS 232 to TTL conversion hardware a 3 pin connector for the second serial port and mounting hardware for the Micro100 The test bed allows software engineers to immediately begin developing and testing software applications for the device server rather than delaying the process until the hardware interface for their product is complete Figure 3 6 Micro100 Test Bed Board Layout Install the Micro100 onto the carrier b
44. xB input a 1 Serial Port Channel 1 is also designated as A b CON4 Serial Port Channel 2 is also designated as B 3 6 Embedded Integration Kit Integration Guide Micro100 Note CONG is a PCB mounted center positive 5VDC power supply connector Technical Specifications Table 3 4 Micro100 Technical Specifications Category Description Memory 256K RAM Serial Flash 512K Serial Interface 2 TTL serial interfaces Async 5V level signals Through hole plated pins DIL Board Dimensions Height 1 575in 40 00 mm Width 1 935in 49 15 mm See Drawing Weight 0 7 ounces Temperature Operating range 0 to 70 C 32 to 158 F Storage range 40 to 85 C 40 to 185 F Protocols Supported ARP UDP TCP Telnet ICMP SNMP DHCP TFTP AutolP and HTTP Network Interface RJ45 10 100Base T Data Rates 300 bps to 230400 bps Serial Line Formats Characters 7 or 8 data bits Stop bits 1 or 2 Parity odd even none Modem Control DTR DCD CTS RTS Flow Control XON XOFF software XON XOFF Pass Characters to Host CTS RTS hardware None Management HTTP SNMP read only Serial login Telnet login System Software Operational code ROM downloadable from a TCP IP host TFTP or over serial port LEDs Channel 1 solid Green idle blink active Channel 2 solid Yellow idle blink active Diagno
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